cegard/Lift LX/LY
English
12
© CEDES | V 2.10
7.1 cegard/Lift LX with latch contactor
The
LX version
is fitted with a standard contactor with positive-action contacts, allowing the connection of larger latch
motors or latch solenoids. The following circuit diagram clearly illustrates the connection:
Check 1 Riegel
Check 2 Riegel
Riegel Out
Riegel Out
P
PE
N
K27
K26
K4
K3
K32
K33
K34
P
N
K44
K40
K42
K43
K41
PE
K45
Connector
clamps
Connection diagram
Plug-in system
controller
The connection is supplied at terminals K40 and K42
with 230 VAC 50 Hz mains power.
A latch signal up to 16 A / 380 VAC can be
connected to terminals K44 und K45.
A 3-phase motor (3*380) can also be actuated
with little rewiring!
B&W
22
21
A1
A2
1
3
5
2
6
4
1
2
3
B&W
B&W
yellow-green
5
6
4
PE K
40
K
41
K
42
K
43
K
44
K
45
Figure 11:
Latch contactor cegard/Lift LX
7.2 cegard/Lift LY with latch voltage rectifier
The
LY version
is fitted with a standard rectifier, allowing the connection of direct current latch motors or latch solenoids
(from 180 VDC). The following circuit diagram clearly illustrates the connection:
K3
K4
Check 2 Riegel
Check 1 Riegel
Riegel Out
Riegel Out
K26
K27
P
N
K33
K32
PE
K34
P
N
K40
K42
K43
K41
PE
Connector clamps
Voltage rectifier
yellow-green
4
1
2
3
B&W
Plug-in system controller
~
~
~
~
Connection diagram
The connection is supplied at terminals K40 and K42 with 230 VAC 50 Hz mains power. A DC latch solenoid not exceeding max.
2 A power input can be actuated at the rectifier outputs (±).
Both bypassing jumpers should be removed if another
latch voltage is desired. The required voltage can be
supplied from K40 and K43. Note the contacts’
maximum permitted load currents. If necessary, the
use of a cegard/Lift LX system with downstream,
separate voltage rectifier is recommended.
Figure 12:
Latch voltage rectifier cegard/Lift LY
